Antibody Resource

Discover how monoclonal antibodies combat AMR, targeting bacterial toxins and proteins with innovative designs like nanocages, advancing therapies against resistant pathogens.

Explore how AI models like CNNs and LSTMs optimize antibody research, predicting antigen specificity and advancing lead candidate generation for biotech innovation.

Artificial intelligence (AI) and computational methods are a powerful tool for antibody discovery and engineering. Despite historical prevalence in small molecule-related applications, AI is progressively being utilized in the discovery and advancement of therapeutic antibodies, backed by the surge in computational power and innovative algorithms, with an increasing amount of data obtained through next-generation sequencing and related drug modalities such as VHH antibodies.

Learn antibody labeling techniques to detect antigens in research. Explore labels like enzymes & fluorophores, targeting amino acids, carbohydrates, & sulfhydryl groups.

Discover how epigenetic antibodies target DNA methylation, histone PTMs, & non-coding RNAs, enabling studies in gene regulation, ChIP, ELISA, & more.

Explore antibody purification methods, including Protein A affinity chromatography, precipitation, & ATPS, for isolating high-purity antibodies efficiently & cost-effectively.

Explore IgE antibody functions in allergic reactions, parasitic immunity & autoimmune processes. Learn about anti-IgE therapies like omalizumab for asthma & urticaria.

Learn about IgD antibody roles in B cell activation, mucosal immunity & antimicrobial defense. Explore IgD’s impact on basophil activation & immune surveillance.

Discover the role of IgA antibodies in mucosal immunity & pathogen defense. Learn how IgA1 & IgA2 protect against infections in the gut, lungs & secretions.

Learn about IgM's role as the first antibody in immune response, its structure, diagnostic use, & connection to immune disorders like Hyper-IgM Syndrome.

Explore the benefits and limitations of monoclonal antibodies, from high specificity and diverse applications to production costs and therapeutic challenges.

Discover how antibodies enable research into protein-protein interactions through immunofluorescence, immunoprecipitation, & co-immunoprecipitation methods.